nini
nini lmao
A precise instrument. It is not necessarily accurate.
I use an instrument called a "moving van anenometer" to measure velocity of the airflow in feet per minute. I take multiple readings at each register, average them, and multiply them by a percentage factor based on the "free area" of the register to obtain a volume reading in cubic feet per minute. Then I add up the CFM (cubic feet per minute) of each supply register in the room to determine the total air supply to that room.The HVAC Veteran
Weight
Science and technology depend on each other because of the use to make observations. Plus many scientist use telescopes which have been made by technology !
Gears are just multiple levers interacting with each other.
nini lmao
nini lmao
For each measuring operation a specific instrument is used.
Chefs use science to measure and mix ingredients. They use science to learn how different ingredients react to each other.
Vibrations or wind resistance. Each key/position on an instrument then changes the dynamics and resistance of pressure being applied via wind. Drums are another story
That depends on whether you want to measure its weight, radius, mass, color, albedo, roughness, eccentricity, temperature, or the pressure of the air in it. Each of those measurements takes a different instrument.
each measure of the angle at point h has a measure of
No, that is not true. Science and society do influence each other. Nothing changes society more than technology which is developed as a direct result of scientific knowledge, and scientific progress depends upon financial support which derives from society.
Remove the instrument cluster cover. Each instrument gauge is secured separately with retaining screws. Remove the retaining screws from each gauge. Remove the wiring harnesses from each gauge.
So they know how much the sea level is growing each year (due to Global Warming and Climate Change) and how fast it moves [each year] because of that.
That would depend on which electrical quantity you need to test and measure. It might be voltage, current, resistance, charge, inductance, capacitance, frequency, power, energy, reactance, impedance, admittance, susceptance, conductance, permeability, permittivity, resistivity, conductivity, etc., etc. There's no single test instrument that can measure all of them. The design of the instrument, and the components, materials, and tools needed to build it, are different for each different instrument.
timbre